All pages tagged with Reference

• Dissociation from the Perspective of Multiple Code Theory (Part I and II)
• Computer understanding of natural language
• Consciousness and the Voices of the Mind
• BRUCE ELDINE MORTON
• Narrative structure in the mind
• Adventure Author: An Authoring Tool for 3D Virtual Reality Story Construction
• Affect Detection and Metaphor in EDrama: The First Stage
• Automated Story Direction and Intelligent Tutoring: Towards a Unifying Architecture
• Co-constructed Narratives in Online, Collaborative Mathematics ProblemSolving
• Designing a narrative-based educational game to model learners’ motivational characteristics
• Developing Self-Regulated Learning in ICT-based Narrative Environments
• Towards Improving Recall and Comprehension in Automatically Generated Narratives
• Using Perspective in Narrative Learning Environments
• Simulating multi-agent narratives architectural designs
• Story Centric View on the Mind
• The Role of Evaluation-Driven Rejection
• Citations
• Chapter 1 The Way We Are
• Chapter 1 The Way We Are
• Chapter 2 The Parallel and Distributed Brain
• Chapter 2 The Parallel and Distributed Brain
• Chapter 3 The Interpreter
• Chapter 3 The Interpreter
• Chapter 4 Abandoning the Concept of Free Will
• Chapter 4 Abandoning the Concept of Free Will
• Chapter 5 The Social Mind
• Chapter 5 The Social Mind
• Chapter 6 We Are the Law
• Chapter 6 We Are the Law
• Chapter 7 An Afterword
• Chapter 7 An Afterword
• Who's in Charge_ - Michael S. Gazzaniga
• Chapter 1 The Way We Are
• Chapter 1 The Way We Are
• Chapter 2 The Parallel and Distributed Brain
• Chapter 2 The Parallel and Distributed Brain
• Chapter 3 The Interpreter
• Chapter 3 The Interpreter
• Chapter 4 Abandoning the Concept of Free Will
• Chapter 4 Abandoning the Concept of Free Will
• Chapter 6 We Are the Law
• Chapter 6 We Are the Law
• Chapter 7 An Afterword
• Chapter 7 An Afterword
• Who’s in Charge
• Glossary
• Answer Sets
• Automated Planning
• Bayesian Networks
• Belief Revision
• Cognitive Robotics
• Conceptual Graphs
• Constraint Programming
• Description Logics
• Event Calculus
• Footnotes
• Knowledge Engineering
• Knowledge Representation and Classical Logic
• Knowledge Representation and Question Answering
• Model-based Problem Solving
• Multi-Agent Systems
• Nonmonotonic Causal Logic
• Nonmonotonic Reasoning
• Physical Reasoning
• Qualitative Modeling
• Qualitative Spatial Representation and Reasoning
• Reasoning about Knowledge and Belief
• Satisfiability Solvers
• Situation Calculus
• Temporal Action Logics
• Temporal Representation and Reasoning
• The Semantic Web: Webizing Knowledge Representation
• A Computer Model of the Stream of Thought Daydreaming in Humans and Machines
• Chapter 2 Architecture of DAYDREAMER
• Chapter 3 Daydreaming Goals
• Chapter 4 Learning through Daydreaming
• Chapter 5 Everyday Creativity in Daydreaming
• Chapter 5.5 Previous Work in Problem Solving
• Chapter 7 Implementation of DAYDREAMER
• Chapter 8 Comparison of Episodic Memory Schemes
• Chapter 9/00 Review of the Literature on Daydreaming
• Chapter 9/10 Underpinnings of a Daydreaming Theory
• Chapter 9/11 Future Work and Conclusions
• Contents of the Book
• English Generation for Daydreaming (Appendix B)
• Examples Appendix A Annotated Traces from DAYDREAMER
• Index
• References